MotiMul
MotiMul identifies significant sequence motifs by combining Tarone's multiple-testing correction with a PrefixSpan-based enumeration to control type-1 error while preserving statistical power for motif discovery.
Key Features:
- Statistically Sound Multiple Testing Correction: Incorporates multiple testing correction methods to control type-1 error while avoiding overly stringent adjustments that reduce statistical power.
- Tarone’s Correction Methodology: Employs Tarone's correction to disregard hypotheses unlikely to reach significance and thereby enhance statistical power.
- Integration with PrefixSpan Algorithm: Integrates a variant of the PrefixSpan algorithm to efficiently enumerate sequence motifs.
- Efficient Enumeration of Significant Motifs: Combines Tarone's correction with the PrefixSpan variant to efficiently identify significant sequence motifs.
Scientific Applications:
- Motif discovery: Identifies biologically meaningful sequence motifs to provide insights into gene regulation and protein-DNA interactions.
- Statistical analysis of datasets: Analyzes simulated and empirical datasets while controlling type-1 error and maintaining high statistical power.
Methodology:
Combines Tarone's correction with an adapted PrefixSpan algorithm to enumerate and test sequence motifs.
Topics
Details
- License:
- MIT
- Tool Type:
- command-line tool
- Programming Languages:
- C++, C
- Added:
- 1/18/2021
- Last Updated:
- 3/1/2021
Operations
Publications
Mori K, Ozaki H, Fukunaga T. MotiMul: A significant discriminative sequence motif discovery algorithm with multiple testing correction. Unknown Journal. 2020. doi:10.1101/2020.08.21.261024.